Compared to UD prepreg laminates, fabric prepreg laminates have more balanced properties and a more beautiful appearance. Resin type: PEEK Reinforcement: carbon fiber Fiber texture: twill Maximum plate size: 1000*1500mm Maximum plate thickness: 50mm

Compared with other thermoset reinforced materials, continuous fiber reinforced thermoplastic composites can provide higher performance and simpler molding processes (currently mature processes: automatic filament laying, winding/high tension winding, molding/continuous molding). Resin type: PEEK (PAEK) Reinforcement: carbon fiber, glass fiber, basalt fiber Width: 6.35-600mm

The full name of PEEK (PAEK) is polyether ether ketone (polyaryl ether ketone). It is a special engineering plastic with excellent performance. It has more advantages than other special engineering plastics. Common plastic and engineering polymethyl methacrylate , polycarbonate, nylon, etc., the polymer backbone of PEEK (PAEK) is mainly composed of benzene rings. This special structure makes it resistant to high temperatures, good mechanical properties, and durable compared to other ordinary plastics. It has the advantages of chemical corrosion, radiation resistance, stable insulation and easy processing. It is recognized as a thermoplastic material with high comprehensive performance in harsh environments.

PEEK (PAEK) carbon fiber reinforced profile (black) The material is filled with 30% carbon fiber reinforcement and has better mechanical properties (higher elastic modulus, mechanical strength and creep) and more wear resistance than PEEK-GF30, while carbon fiber reinforced plastic is better than unreinforced PEEK Plastic has 3.5 times the thermal conductivity to dissipate heat from the bearing surface faster. PEEK (PAEK) ceramic reinforced profile (white) This material is filled with 30% ceramic, has better rigidity and wear resistance than PEEK (PAEK), and is suitable for specific medical industries. PEEK (PAEK) glass fiber reinforced profiles (brown gray) This material is a reinforced plastic filled with 30% glass fiber. It has better rigidity and creep resistance than pure PEEK, as well as better dimensional stability. It is ideal for manufacturing structural parts. Can withstand fixed loads at high temperatures for a long time. If PEEK is used as a sliding part, its adaptability should be carefully checked because fiberglass scratches the mating surface. PEEK (PAEK) wear-resistant reinforced profile (black) The result of adding PTFE, graphite and carbon fiber becomes bearing grade plastic. Its superior friction properties (low friction coefficient, wear resistance, high peak pressure limit) make it an ideal material for this level of friction applications. PEEK (PAEK) conductive/anti-static profile (black) This material is filled with about 1% of carbon nanotubes, giving PEEK (PAEK) better electrical properties and is suitable for the metal industry/electronic and electrical industry.